METTLER TOLEDO - DMA/SDTA861e
Manufactured by METTLER TOLEDO
Dynamic Mechanical Analyzer
Dynamic mechanical analysis (DMA) is used to measure the mechanical and viscoelastic properties of materials as a function of temperature, time and frequency when they are subjected to a periodic stress. The types of materials that can be analyzed with this technique include thermoplastics, thermosets, composites, elastomers, ceramics and metals.
The METTLER TOLEDO DMA/SDTA861e is the latest DMA introduced in the market. In comparison with conventional DMA instruments it offers new and unique performance benefits
A frequency range up to 1000 Hz for material behavior simulation and accurate determination of moduli through the presence of a dedicated force sensor.
The METTLER TOLEDO DMA/SDTA861e is the latest DMA introduced in the market. In comparison with conventional DMA instruments it offers new and unique performance benefits
A frequency range up to 1000 Hz for material behavior simulation and accurate determination of moduli through the presence of a dedicated force sensor.
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DMA/SDTA861
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Features of DMA/SDTA861e
- Dedicated force sensor and unique LVDT positioning for accurate measurement of moduli and tan d
- Frequency range up to 1000 Hz
- Various deformation modes and measuring systems to accommodate any sample type and material suitable for DMA analysis
- Easy sample preparation using external mounting fixtures
- Traceable temperature calibration with melting point standards using SDTA
- Broad force and displacement range for measurements over stiffness ranges of 7 decades in one run
General Specifications
| Temperature Range | -150 to 500 °C |
| DMA Type | Strain Control |
Additional Specifications
Measurement Mode(s): Dynamic load Thermomechanical Analysis (DLTMA mode), 3-Point Bending/ Dual Cantilever/ Single Cantilever/ Tension/ Shear/ Compression
Frequency: 0.001 to 1000 Hz
Applications: Determination of Material Properties, Material and Process Optimization, Quality Control, Analysis of Material Failure